Multi-Factor Authentication through Integration with IMS System

Sastry, J. K. R.

doi:10.30534/ijeter/2020/14812020

Cited by 5 publications

(4 citation statements)

References 25 publications

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“…If a specified threshold value increases the amount of such failures to forward packets, the guilty node would be marked as a malicious node. Knowledge regarding hazardous nodes is forwarded to the feature pathrater for use in path evaluation [14].…”

Section: Related Workmentioning

confidence: 99%

Performance Analysis and Identification Malicious nodes in the MANET using Trust Based and Auditor Based Methods

2020

IJETER

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In this communication, we have analyzed the performance of MANET network by adopting the trust based and the auditor based mechanisms with this we are able to identify the malicious nodes in the network. With the incorporation of performance improved watchdog in the MANET, overall network performance is improved in terms of security and the energy effectiveness. The two mechanisms are involved in the performance improved watchdog to identify the malicious nodes in the network, i.e., in primary level we have combined one-hop with auditor node and in the secondary level we have placed an active watchdog. Because of this to level mechanism all the malicious nodes in the MANET are effectively identified and the security of the system is improved.

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Section: Related Workmentioning

confidence: 99%

Performance Analysis and Identification Malicious nodes in the MANET using Trust Based and Auditor Based Methods

2020

IJETER

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“…After that there will be discussions with experts who previously used similar machines or types to determine the judgment quantity or amount that should be in the warehouse. From the type and value of the emergency spare part, it will be compared with the initial solution or recommendation from the manufacturer so that the subsequent tenders can be determined quickly the inventory costs [25][26].…”

Section: Figure2:budgeting Compotition Oandm Pembangkitlistrikmentioning

confidence: 99%

Determination of Emergency Spare Parts using the Logistics and Maintenance Perspective on Power Plants

Endrianto

2020

IJETER

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The purpose of this study is to determine the type and number of spare for plant operation and maintenance planning. The method used in this study is a multi-criteria classification with a logistic perspective as well as maintenance. This study uses recommendation data from the manufacturer as an initial solution totaling 110 items per one power plant location from five locations to be calculated and grouping according to VED needs (Vital, Essential, Desireable). After knowing what spare parts must be provided, we will look for the number of spare parts by using expert judgment as a determinant of emergency spare parts. The results of the research have shown that the type and number of spare parts are more efficient compared to the manufacturer's recommendations. The reduction in the number of spare parts that must be stocked as a whole drops to only 71% and costs also decrease in the initial planning offered by the manufacturer to 72%. In total, the use of the above method can reduce inventory costs by 28% from the initial tender plan where the amount can be used as a bargaining reserve value in the overall O&M price to the owner.Productivity at the power plant is the most important performance in the operation and maintenance industry, productivity is much influenced by the availability of spare parts in the framework of maintenance of machinery, so that the minimum stock of emergency spare parts that must be calculated at the beginning of the tender must be truly calculated in order to avoid operation failure due to absence of spare parts. This paper tries to fill the gap in the literature regarding criteria from a logistic and maintenance point of view that is suitable for power plants where there is very little research in this area. Determination of the number of spare parts is an added value that is trying to display in this paper.

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“…DSM fetches the requested record from the related user-space using encrypted primary key data. 19. The queried data is sent to the client, and no decryption is done on the cloud side.…”

Section: Data Isolation Through Multiple User Spacesmentioning

confidence: 99%

Enhancing Data Security under Multi-Tenancy within Open Stack

M¹

2020

IJATCSE

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Many businesses all over the world are turning their IT solutions through the use of Cloud computing systems hosted by third-party service providers using pay by use concept. However, businesses have to implement their IT systems fitting into the way the infrastructure used dictated by the cloud computing system, and there is either little or none provision for architecting the infrastructure as per the requirements of the business solutions. Open Source Software like OpenStack effectively used for building customized Cloud computing systems. But this kind of platform suffers from acute security threats due to the existence of several vulnerabilities. Data security, as such, is left to the users. Open Stack at best implemented a certain level of security enforcement in terms of user authentication and access control.Data security was the primary concern when Multi-tenancy implemented through the provision of access to multiple users; the Applications installed on VM's or access provision is made for the same applications installed on VMs to Multiple users. In this paper, an enhancement to OpenStack architecture presented through the addition of a new component for securing the data emanating from the user and stored within the cloud. Three data isolation techniques presented, which proved that even brute force methods could not reveal the secrecy when the data isolations techniques implemented within the open stack.

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Multi-Factor Authentication through Integration with IMS System

Cited by 5 publications

References 25 publications

Performance Analysis and Identification Malicious nodes in the MANET using Trust Based and Auditor Based Methods

Performance Analysis and Identification Malicious nodes in the MANET using Trust Based and Auditor Based Methods

Determination of Emergency Spare Parts using the Logistics and Maintenance Perspective on Power Plants

Enhancing Data Security under Multi-Tenancy within Open Stack

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